I received requests to write more about capacitance and inductance. This post can be considered as the second part of derivated electrical quantities.
This is the second part about BJT polarization. Are shown projects of circuits with fixed and emitter’s stable polarization.
This is the last part of Technical Museum Nikola Tesla.
Today is shown how to do RL circuit analysis which have resistors, switches and inductors.
You needs a DC generator source, but for some reason, can’t purchase one? You can build your own linear source, in this post is shown how.
Exist other circuit theorems in addition to Thévenin and Norton. Are shown in this post: Maximum power transfer, Millman and Substitution.
In this tutorial, it is shown how to use joystick module in Arduino to make projects. This module is similar to the model found in Playstation controls.
A multivibrator is a circuit which has two states in output, high or “1” and low or “0”. The Multivibrators can be of three types: Astable, monostable and bistable. In this…
In this post are shown theorems of superposition, Thévenin and Norton. Only DC circuits with resistors are used as examples.
With infrared (IR) sensors, can build a line follower robot. The construction and operation of this type is the post’s subject.